Search Results for "cpu simulator"

This project is a simulator of the WRAMP (Waikato RISC Architecture MicroProcessor) CPU used at the University of Waikato for teaching computer architecture concepts, along with the Rex board that contains the CPU.

Java Swing application that simulated an out-of-order CPU. Support already exists for renaming, out-of-order issue, out-of-order completion, in-order retirement, handling of branch misprediction, and integer instructions (single-cycle, multiply, divide, load, store).

Project implementing simulator of virtual CPU with additional tools. Application written in C# 4, .Net Framework 4.0 , Visual Studio 2010 Features: - IDE- like environment with MDI interface - Customizable (plug- ins) architecture: instruction sets, directives, registers, additional MDI windows - Own assembler using Intel syntax producing binary programs - Simulation of i386- like CPU operating on multi- level cache and RAM - Simulation of debugger and memory view - Features of simple OS: scheduling, multi- tasking by context switching, memory management Currently available version considered "initial". ...

Goal of this project is to make a working Intel 8051 simulator. It covers also some I/O devices like keypad, LCD screen and GUI in Qt.

A simple CPU simulator whose goal is to make assembly learning easier. This goal is reached giving a simple calculator, called ENIAC, with a simple CPU, called vCPU. The vCPU's instructions are very simple and easy to understand.

Ellen is a CPU simulator for educational purpose. A virtual accumulator based CPU is modelled. The main point with Ellen is to program the micro code in order to understand the basic concept of a CPU.

JSim8086 is platform-independent Assembly Language Simulator of the Intel 8086 CPU. It was designed to be a learning tool (CAL) for first year Computing students who are learning Computer Systems Organisation and Assembly Programming.

JCPUSim is a CPU (Central Processing Unit) simulator written in Java. It is intended to aid in teaching how the fetch-decode-execute cycle, CPU, registers, memory and assembly programming language work in a computer system.

An emulator for an educational CPU (P3) used in a Computer Architecture (AC) course in IST (a University in Lisbon, Portugal). The CPU is only theoritical and has a software simulator already implemented. Purpose: final AC project testing and evaluation.

This program allows one to virtually see how the different process scheduling algorithms work. The purpose of this program is to act as a recruiting tool for future computer engineers as well as a teaching tool for future Modern OS classes.